When it comes to wear-resistant standard rubber pulley lagging sheet, ceramic pulley lagging offer several significant advantages. Here, we explore the benefits of using ceramic pulley lagging over their ordinary counterparts.
- Excellent Wear Resistance and Extended Service Life
Based on extensive field experience, ceramic pulley lagging and conveyor ceramic drum lagging sheets have a minimum durability of over five years, significantly reducing maintenance frequency and costs. Practical evidence has demonstrated that the lifespan of ceramic drum lagging sheets exceeds that of traditional drum rubber lagging sheets by more than ten times.
- Superior Friction Resistance and Non-Slip Properties
Over time, traditional rubber wear layers become smooth, leading to belt slippage and misalignment. However, ceramic tiles feature a textured surface with protrusions and a higher roughness. The increased friction coefficient between the ceramic and the belt minimizes the likelihood of slippage and misalignment during continuous operation.
- Robust Ceramic Bonding
During the construction process, ceramic pulley lagging sheets are securely bonded to the metal drum using high-strength ceramic metal adhesives, ensuring a tight and gap-free fit. Additionally, the contact surface between the ceramic and the drum also incorporates a unique “dovetail groove” design. The adhesive thickness between the ceramic and the drum is maintained at a minimum of 1mm, with a shear bonding strength of at least 12Mpa, preventing any risk of ceramic tile detachment.
- Easy Installation
The installation process for ceramic pulley lagging sheets is well-established, straightforward, and time-efficient. Once the steel structure is ready, a single installer can typically complete the installation of a ceramic pulley lagging sheet within a day, without causing any disruptions to customer production. This convenience allows users to promptly resume their operations.
- Effective Drainage and Debris Clearance
The surface of ceramic pulley lagging sheets features grooves between each row of ceramic tiles, facilitating the efficient removal of rainwater and scattered particles from the surface. This design ensures effective drainage and prevents the accumulation of debris, maintaining optimal performance.
In conclusion, ceramic pulley lagging sheets offer a range of advantages when compared to ordinary wear-resistant rubber pulley lagging sheets. Their exceptional wear resistance, superior friction properties, robust bonding, ease of installation, and effective drainage make them an excellent choice for various industrial applications.
